(6.3) Copperhead vs Trianglelab heatbrake benchmark, Artillery Sidewinder X1 Improvements - Mejoras
Nuestra impresora 3D, está sujeta a cambios continuamente, el más frecuente es el cambio de material del filamento, que nos obliga a recalibrar muchos de los parámetros del laminador, y a configurar perfiles personalizados de impresión, con flujo, temperaturas, retracción, velocidades … etc adecuadas al material, a la calidad de impresión o al tiempo en el que queremos que se impriman las piezas. Pero también puede que compremos componentes nuevos de calidad; por ejemplo el barrel (heat brake) y queremos saber si la inversión ha merecido la pena (incluso si la podemos extender a otras impresoras que tengamos), o simplemente si, dicha pieza mejora la calidad sustancialmente respecto a la que hemos retirado. Para establecer una buena comparación, hemos de conocer las bases de una comparación y a partir de este conocimiento profundizar el universo del benchmarking. --- Our 3D printer is subject to continuous change, the most frequent is the change of filament material, which forces us to recalibrate many of the parameters of the slicer app, and to configure custom printing profiles, with flow, temperatures, retraction, speeds, ... etc. suitable for the material, the printing quality or the time in which we want the pieces to be printed. But we may also buy new quality components; for example the barrel (heat brake) and we want to know if the investment has been worth it (even if we can extend it to other printers we have), or simply if, said part improves the quality substantially with respect to the one we have withdrawn. To establish a good comparison, we must know the bases of a comparison and, from this knowledge, deepen the benchmarking universe. Benchmarking Files STL and GCODE https://bit.ly/2DnJAiq + + + + + + + + + + + + + + + + + + + + + + + + + + + + ADVERTENCIA : El modelo de impresora Artillery Sidewinder V4 puede venir con el Barrel (Heatbrake) roscado o liso (sujeto con dos tornillos), antes de realizar la compra del heatbrake verifica el tipo de barrel que el fabricante ha ensamblado en tu impresora. WARNING: The Artillery Sidewinder V4 printer model can come with the Barrel (Heatbrake) threaded or plain (fastened with two screws), before making the purchase of the heatbrake check the type of barrel that the manufacturer has assembled in your printer. + + + + + + + + + + + + + + + + + + + + + + + + + + + + Copperhead heatbrake buying link for Artillery Sidewinder X1 v4 (not V1) https://bit.ly/2Z9KR4T Trianglelab heatbrake buying link for Artillery Sidewinder X1 v4 (not V1) https://bit.ly/38EHy8Z

(6.2) Bimetal Heatbrake Barrel , Artillery Sidewinder X1 Improvements - Mejoras

ARTILLERY X1 - Micro jam solution

160 KG VILLAGE MONSTER - The ANOMALY Nobody Can Explain - SUPERHUMAN ANDREY SMAEV

Wait, What? PLA is Stronger Than Carbon-Fiber Nylon?

Revealing The SPECIAL TECHNIQUE Of A Pakistani Man To EXTRACT GOLD From Used Motherboard Waste

Incredibly strong 3D printing settings using OrcaSlicer 2.3.2!

Z Wobble Repair - Artillery Sidewinder X1

Unbelievable Smart Worker & Hilarious Fails | Construction Compilation #7 #adamrose #smartworkers

Todo sobre extrusion barrel-esparragos para impresora 3D. Cual es el mejor y porque. Adiós atascos

(3.3) Heated Bed Cable Guiding, Artillery Sidewinder X1 Improvements - Mejoras

(5.1) Z Belt Tensor + POM Anti BackSlash, Artillery Sidewinder X1 Improvements - Mejoras

How tough is ObXidian really?

FINALLY !!! 🤫 - Printing TWO COLORS with one extruder - ARTILLERY

Stop Printing Flat: The 45° Secret for Stronger Parts

How CF PEEK Pushes the Limits of 3D Printing Performance

DON'T LET THIS HAPPEN 😩 - 4 NEW ARTILLERY UPGRADES X1

The Road to 100,000 Original Prusa 3D printers

Artillery Sidewinder X1 - Extruder FiX tutorial

The 3D printer with no belts: The Peopoly Magneto X uses closed-loop linear motors!

